Research Article

Cross-Scale Coupling of Water-Sediment Resources and Socioeconomic System Interactions in the Yellow River Basin in China
Eight urban agglomerations in the Yellow River Basin were selected as research subjects to advance this study area. This research employs the decoupling model, the Haken model, and the coupling coordination model to analyze the interactions between water-sediment resources and socioeconomic systems of the Yellow River Basin and spatial dynamics at the basin, urban agglomerations, and grid scales during the period from 2001 to 2020.
Xianyuan Bao, Jinyu He, Zhongjing Wang, Dengyu Zhang, Sikai Li, Xuanwei Cui
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Deep learning-based response mechanism of nitrogen utilization, yield, and quality in mulched drip irrigation rice to nitrogen application rate
Deep learning models were established based on 3a field experiments. High N promoted nitrogen migration to deeper soil layers. Nitrogen application below 180 kg/ha promotes rice nitrogen use efficiency. Higher N enhances rice growth and biological traits. Excessive N results in inhibitory effects.
Jinyu He, Xianyuan Bao, Sikai Li, Dengyu Zhang, Hailin Yang, Qingqing Yang, Xinxin Li, Xinyu Wen
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Research status, challenges and prospects of the utilization of Yellow River sediment resources
Sediment resource utilization is used as a treatment method that integrates economic and ecological benefits, but there is a lack of systematic analysis of its research status, challenges and development prospects.
Xianyuan Bao, Jinyu He, Zhongjing Wang, Dengyu Zhang, Xuanwei Cui
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